Tu‐Liang Lin
Papers
1
Total Citations
20
H-Index
1
About
Tu-Liang Lin’s research focuses on computational structural biology, with a particular emphasis on understanding how small molecules, such as ligands and gases, navigate through dynamic protein interiors. His most-cited work, “Efficient mapping of ligand migration channel networks in dynamic proteins” (2011, 20 citations), introduced a novel computational method to identify transiently open channels in proteins like myoglobin, where binding sites are buried and lack obvious access routes in static structures. This contribution was pivotal in revealing that ligand migration is not a random process but follows specific, dynamically formed pathways, providing a framework for studying protein function and drug design. Lin’s approach has been widely adopted to analyze other proteins, demonstrating its versatility and impact. His work bridges molecular dynamics simulations and network analysis, offering researchers a powerful tool to explore how proteins control molecular access. Through this innovative mapping technique, Lin has advanced our understanding of protein dynamics and opened new avenues for investigating allostery and enzyme catalysis.
Research Focus
Key Achievements
Top Papers
- 1Efficient mapping of ligand migration channel networks in dynamic proteins20 citations · 2011